This paper reports the effect of cooling rate on the microstructure and hardness of a kind of
medium carbon steel microalloyed with two levels of V content (0.15% and 0.28%) after hot …

A neural network with feed-forward topology and back propagation algorithm was used to
predict the effects of chemical composition and tensile test parameters on hardness of heat …

One of the most efficient and cheapest ways to improve steel reinforcement bars is the
Tempcore process. In this study, the effects of water pressure, water temperature, bar …

In the present experimental work, the effects of vanadium additions on the microstructures
and mechanical properties of powder metallurgy (PM) steel and microalloyed powder …

Optimization of process parameters during plate rolling of micro-alloyed steel plays an
important role in achieving the stipulated mechanical properties. The hot deformation …

Dynamic continuous cooling transformation (CCT) behavior of medium-carbon forging steels
microalloyed with different V contents up to 0.29% was investigated by means of dilatometric …

Here we systematically investigate the crystallographic orientation relationship (OR)
between MC-type precipitates (M, metal; C, carbon) and ferrite matrix in the Ti-Mo …

Microalloyed steels are gaining increasing importance as substitutions for carbon steels
because they possess higher mechanical properties, such as strength and toughness after …

Single compression tests were carried out with a Gleeble-3800 thermal simulator to
investigate hot deformation behavior of two vanadium-microalloyed medium-carbon steels …

The fracture splitting property of medium carbon steel 37MnSiS microalloyed with V up to
0.45% was investigated by using simulated fracture splitting test, for the development of new …